An electronic connector detection and blanking device and method

Abstract

The invention relates to the field of electronic connectors, in particular to an electronic connector detection and blanking device and method, and electronic connector assembly equipment. The device includes a jig conveying mechanism, an overturning detection mechanism and a screening and unloading mechanism; the jig conveying mechanism, the overturning detection mechanism and the screening and unloading mechanism are all fixed on the workbench; the jig conveying mechanism is slidably matched with the rubber core positioning jig, In addition, the overturn detection station and the blanking station in the jig conveying mechanism are respectively connected with the input end of the overturn detection mechanism and the input end of the screening and unloading mechanism; the device reduces the number of cylinders in the equipment by setting the jig conveying mechanism, and reduces the The cost of the cylinder is reduced; the manual labor intensity is reduced by setting the flip detection mechanism, and the detection efficiency of the electronic connector is improved; the electronic connector is quickly unloaded by setting the screening and unloading mechanism, and the automation degree of the equipment is improved.

Description

technical field [0001] The invention relates to the field of electronic connectors, in particular to an electronic connector detection and blanking device and method, and electronic connector assembly equipment. Background technique [0002] An electronic connector is a conductor device that bridges two conductors on a circuit so that current or signals can flow from one conductor to another. It is widely used in various electrical circuits and plays the role of connecting or disconnecting current or signals. An electronic connector is an electrical system that can provide a separable interface to connect two sub-electronic systems. Simply put, the components used to complete electrical connections between circuits or electronic machines become connectors, that is, both bridge between. Electronic connectors can be used as electrical or electronic transmission connection parts between circuits, components and systems, so that power, signals, or current can flow stably and r...

AI Technical Summary

Problems solved by technology

[0004] The prior art has the following deficiencies: 1. When feeding the rubber core, the rubber core positioning jig is first transported to the receiving slide in the jig receiving assembly; The movement of the tool will receive and position the rubber core conveyed by the rubber core conveyor belt, and the action of the jig push-out component will directly push the rubber core positioning jig along the receiving slideway to complete the rubber core feeding process; and in this way, the receiving slideway relies on its The friction between itself and the rubber core positioning jig drives the rubber core positioning jig to move; when the jig push-out component pushes the rubber core positioning jig directly along the receiving slide for many times, the outer surface of the rubber core positioning jig Due to the relative movement between the inner surface of the receiving slideway and the inner surface of the receiving slideway, there will be a certain degree of wear and tear, which will make the contact surface between the two smoother; thus reducing the friction between the rubber core positioning fixture and the receiving slideway, and the friction between the two It is not enough to make the receiving slideway drive the rubber core positioning jig to move; then the rubber core positioning jig cannot move to the set position, reducing the accuracy of the rubber core positioning jig to receive the rubber core

3. When conveying the rubber core positioning jig, first use the positioning head to drive the cylinder to drive the jig positioning head to match the side groove of the rubber core jig, and then the jig drives the cylinder to drive the positioning head to drive the cylinder to move and then drive the rubber core to locate The jig moves along the jig conveying slideway to the next station to complete the jig conveying process; in this way, the movement of the jig positioning head is driven by the positioning head drive cylinder, that is, the number of jig positioning heads and the positioning head The number of driving cylinders is corresponding; when the jig conveying slideway is long and needs to transport multiple rubber core positioning jigs at the same time, more jig positioning heads and more positioning head driving cylinders are required; thus causing the cylinder in the equipment to The quantity is large, which increases the cylinder cost of the equipment

4. When performing flip detection on the electronic connector, the electronic connector is first manually moved to the detection station and the electronic connector is turned over for detection, and then the electronic connector is moved to the jig conveying slide to output and unload to complete the electronic Connector detection process; in this method, the back and forth moving and flipping of electronic connectors are all done manually, which increases the labor intensity and reduces the detection efficiency

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